The gem quality stones capture our imagination like nothing else can, but it is the industrial diamond that is arguably the most useful application for diamonds. A link can be found below.
We often consider that the beauty and desirability of the diamond is what makes it valuable. But the diamond is the hardest naturally occurring substance. As such, it can be used in abrasives to grind metals because it is much harder than they are.
As diamond is so hard, only diamond abrasives can be used to polish a diamond. Fine bits of diamond are used to give a gem stone the characteristic shape and finish we see when this allotrope of carbon is used in jewelry.
Of all diamonds mined, about 80% are industrial diamonds and only 20% qualify as gem-quality. As well, most diamonds mined are about the size of a pea.
If you consider other minerals, such as nitrogen -- yellow, or boron -- blue, impurities, these minerals give a diamond the respective colour. As well, there can be visible flaws in a diamond, which are inclusions of other minerals within the diamond crystal that appear as dots or streaks.
Diamonds are known for their exceptional hardness, high thermal conductivity, and optical properties. These properties make diamonds ideal for use in cutting tools, scientific instruments, and jewelry. Additionally, their chemical inertness and high electrical resistivity make them useful in various industrial applications such as electronics and medicine.
Dimethyl ethyl is a chemical compound with properties that make it useful as a solvent and in the production of pharmaceuticals and pesticides. It is flammable and can be harmful if inhaled or ingested. It is commonly used in industrial settings for its solvent properties.
No, a simulant diamond is not a real diamond. It is a material that mimics the appearance of a diamond but is not made of the same physical and chemical properties as a natural diamond.
Diamond molecules are formed deep within the Earth's mantle under high pressure and temperature conditions. They are made of carbon atoms arranged in a crystal lattice structure. The unique properties of diamond molecules include their hardness, transparency, high thermal conductivity, and ability to disperse light into a spectrum of colors. These properties make diamonds highly valued for use in jewelry and industrial applications.
Diamond is the hardest mineral known, so industries employ diamonds to enhance cutting and precision tools.
Diamond is the hardest mineral known, so industries employ diamonds to enhance cutting and precision tools.
No
CFC's are useful to man. They act as coolants.
make it into something useful
as it is costlier . Less useful than what?
- it is a practically inert gas
Its transparent (see through).
because it is?gjkl#
dunnnoo m8
it is flexible
Lightness and durability